oklein1 / spring-powered-rectangular-motion

Discover the intricacies of dynamic rectangular motion in this simulation project. Explore the fundamental principles of Hooke's Law, gravity, rotation, and geometric algebra as they interact to create compelling visualizations of motion dynamics

Spring-Powered Rectangular Motion: Dynamic Rectangular Motion Simulation

Explore the dynamic motion of a rectangular object influenced by various physical forces in this simulation project. Witness the interplay of Hooke's Law, gravity, rotation, and geometric algebra to create captivating visualizations of motion dynamics. Click here to see.

Features

• Spring Force Simulation: Experience the effects of Hooke's Law on the motion of the rectangular object.
• Gravity Interaction: Observe how gravity impacts the motion dynamics of the object.
• Rotation Effects: See the rotational movement of the object as it interacts with external forces.
• Geometric Algebra Integration: Gain insights into the application of geometric algebra in simulating motion.

Getting Started

1. Clone this repository to your local machine.
2. Open the index.html file in your preferred web browser.
3. Interact with the simulation to observe the dynamic motion of the rectangular object.

Dependencies

• p5.js: JavaScript library used for creative coding and visualization.

License

This project is licensed under the MIT License.